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    Auto Parts-Rectifier <em>BXA14402-A</em> For Alternator

    Diodes: 6-50 Ampere
    With M6*27.7mm Battery Post
    Without Trio
    With Capacitor

      description

      When selecting a rectifier bridge, it is essential to ensure its technical specifications fully match the generator's requirements, including key parameters like rated voltage, rated current, and maximum reverse voltage. The rectifier bridge is technically viable only if it meets or exceeds these criteria. Additionally, its physical characteristics, such as packaging, pin configuration, and thermal design, must suit the generator's installation environment and operating conditions. Moreover, the rectifier bridge should integrate easily into the generator's electrical system, avoiding added installation complexity or space constraints.


      The main goal of choosing a rectifier bridge is to make sure that its technical characteristics closely align with those of the generator, especially with regard to maximum reverse voltage, rated voltage, and rated current. Only when these parameters completely satisfy or surpass the generator's requirements is the rectifier bridge deemed technically practical. In addition to these requirements, the rectifier bridge's physical attributes—such as its packaging, pin arrangement, and thermal design—are very important and need to match the generator's installation and operating conditions.Additionally, the rectifier bridge's design should guarantee a smooth integration into the generator's electrical system, preventing further difficulties brought on by space constraints or installation issues. To guarantee the rectifier bridge's dependability and efficiency in real-world applications, these parameters must be carefully taken into account.


      We mainly serve the Russian and Ukrainian markets with our BXA series rectifier bridges, which are LADA or ISKRA series. These rectifier bridges have heat sinks that are aluminum-stamped and integrated capacitors. The diodes and heat sinks are securely integrated thanks to the press-fit designs. High-quality stamped aluminum and copper-based single-tube press-fit technologies are used to create the heat sinks, which greatly improve heat dissipation. The rectifier bridges come in a range of types and specifications to accommodate different application requirements. They use a top-and-bottom heat sink structure to ensure even heat distribution.The installation process is made simpler by this series' outstanding interoperability, which interfaces with a variety of circuits and devices with ease. The LADA series continues the Soviet design tradition, featuring equal-sized positive and negative heat sinks and a four-layer structure with ample design margins, ensuring long-term stable operation in harsh environments. Its excellent low-temperature tolerance makes it particularly suitable for applications in extremely cold regions. The engineering design and manufacturing processes of the LADA series guarantee high reliability and outstanding performance across various applications.